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This Sloane LASEK micro hoe and epi peeler is a double-ended instrument designed for controlled epithelial removal during LASEK. One end provides a micro hoe for delicate lifting, while the opposite end functions as an epi peeler for smooth epithelial sweeping. The 5.5-inch (140mm) length supports stable, balanced microsurgical handling.
Features & Benefits
Designed for LASEK epithelial flap creation, this Sloane micro hoe features a semi‑circular tip with a beveled edge for clean separation of corneal epithelium. The round handle supports rotational control during the gentle scrolling motion that lifts the loosened sheet. Polished stainless steel resists corrosion across repeat use.
The Smile lenticule removal forceps in titanium features 4mm long serrated jaws angled 30 degrees with a 9mm tip‑to‑bend geometry for precise contact and control during refractive lenticule extraction. The long flat handle improves ergonomics during the delicate mobilization sequence, while serrated jaws prevent tissue slippage. At 115mm overall length, the forceps reaches the operative field comfortably.
The Smirmaul eye speculum provides wide, adjustable blade separation suited for anterior segment visualization. Its 15mm solid blades distribute lid margin pressure across a broader contact surface, reducing trauma during prolonged lid retraction. The adjustable locking mechanism allows surgeons to tailor spread to individual anatomy without sacrifice of security.
The Smirmaul eye speculum features adjustable 15mm wire blades that conform to individual palpebral anatomy, providing flexible aperture control for varied anterior segment procedures. The 146mm overall length supports stable hand positioning while the adjustable design accommodates pediatric and adult anatomies. Stainless steel construction ensures lasting durability.
The Smith expressor hook delivers reliable nucleus expression through its curved 11.5mm hook and serrated flat handle for enhanced grip stability. This 149mm instrument is designed for smooth, controlled engagement of the cataractous nucleus at the capsular edge during phacoemulsification, allowing surgeons to guide the nuclear material toward the main incision with predictable force distribution. Stainless-steel construction ensures durability across repeated cases.
This titanium Smith expressor hook combines the signature curved 11.5mm expression geometry with lightweight material that reduces intraoperative fatigue during prolonged cataract procedures. The round grooved flat handle provides enhanced fingertip control, while the 149mm shaft maintains the reach needed for nuclear material delivery. Titanium construction offers corrosion resistance over many cases.
The Snellen entropion forceps isolates and stabilizes the inverted eyelid margin during entropion repair. A 28mm-wide solid lower plate clamps against an open upper plate perforated with a locking thumbscrew, creating the controlled tissue apposition needed for tarsal strip or repair fixation. Left-hand geometry suits anterior approach, and the serrated handle maintains grip throughout manipulation.
This right-hand variant of the Snellen entropion forceps provides mirror-image geometry for surgeons approaching entropion repair from the right side. The same solid lower 28mm plate and perforated upper plate design ensure secure tissue clamping while maintaining visibility of the tarsal strip or repair margins. Serrated handle promotes control through sustained manipulation.
The Snider-Castroviejo tying forceps incorporates a 0.12mm tip with 1 × 2 teeth, tying platforms, and a guide pin for controlled suture manipulation during ophthalmic knot formation. The three-hole handle geometry optimizes fingertip precision work, while the integrated tying platform reduces hand fatigue during repetitive knot tying at the limbus and cornea. Reusable stainless steel construction ensures consistent tactile feedback.
Designed for Descemet's membrane manipulation in DSAEK procedures, this Snyder stripper features 12mm angled tips that grasp the membrane edge with controlled access. The flat serrated handle provides secure hand positioning during the critical stripping step, and the compact 83mm length supports precision within the anterior chamber.
This soft IOL cutter features serrated 6mm down‑cutting blades designed to grip and divide soft lens polymer. The Luer‑cap end supports attachment to compatible systems, enabling secure, consistent downward shearing action during lens sectioning.
Eye shields protect the cornea and anterior segment during postoperative recovery or sleeping hours. Solo-Shields are made from clear polycarbonate with adjustable elastic straps, providing transparent patient visibility while maintaining contact‑free protection. The latex‑free design and single-vented format eliminate foam residue and post-operative allergenic exposure.
This Spaide pediatric scleral depressor combines a curved tip with a serrated surface designed for indirect ophthalmoscopy and peripheral retinal examination in younger patients. The depressing foot delivers controlled scleral indentation, and the serrated flat handle preserves tactile orientation during prolonged scanning of the peripheral retina.
The Spaleck soft IOL inserter is engineered to safely grasp and deploy foldable intraocular lenses during cataract surgery through micro-incisions. The three‑hole handle ensures stable control during delicate lens positioning, while the 17mm tip-to-bend geometry provides optimal access and visualization. At 100mm, balanced length supports single-handed IOL maneuvering.
This double-ended femtosecond spatula combines two distinct working profiles in one instrument for FLACS workflows. One end presents a 0.8mm angled tip for unfolding floppy IOL haptics and decentered optics; the other offers a 0.8mm straight blade for stromal manipulation and epithelial work. Grooved round handle ensures secure grip during precise anterior segment maneuvers.
This spatulated needle combines a 27ga ultra‑fine gauge with a gently curved distal end for delicate fluid delivery and micro‑manipulation in anterior chamber surgery. The slightly curved tip permits controlled fluid direction without high‑pressure jetting, while the 25mm length (0.97") provides adequate reach. Sterile, single‑use delivery guarantees consistent edge geometry.
This titanium squeeze handle is a universal MICS IOL insertion instrument designed for 360-degree rotational compatibility with interchangeable lens cartridge tips. Its ergonomic grip and lightweight titanium construction reduce hand fatigue during extended cataract surgery. The color-coded blue finish aids surgical identification and quick setup.
Angled 15 degrees with a 5mm restricted‑depth blade, this stab knife is built for controlled implant pocket and sclerotomy entry. The restricted depth limits over‑penetration during paracentesis or fixed‑depth incisions, while the full handle supports stable two‑finger rotation. Sold six per box.
This Stahl anterior chamber caliper is designed for accurate white-to-white corneal diameter measurement. Its fine-point arms provide stable contact at the limbus, supporting reliable sizing for intraocular lens planning and clinical assessment.
The Stahl caliper at 40mm carries fixed measurement points from 7mm through 13mm in 0.5mm increments, sized for intraoperative measurement of corneal diameter, IOL haptic span, and pupil aperture during ophthalmic surgery. The dull finish reduces glare under microscope illumination, and the fixed‑point design eliminates reading variability.
Engineered for cortical‑capsular separation during phacoemulsification, the Mackool hydrodissection cannula delivers a controlled fluid wave beneath the anterior capsule. The 22ga shaft is angled 30 degrees with an 8mm bend‑to‑tip, and the 0.9 × 0.3mm flattened tip diffuses the fluid stream to reduce focal stress on the capsular bag. The geometry threads cleanly through small clear‑corneal incisions.
This standard 90‑degree gonioscopy lens provides routine angle and posterior pole visualization during diagnostic and therapeutic procedures. The glass optics deliver clear magnified views of the anterior chamber structures. Its compact design supports comfortable patient positioning and stable clinician control.
These curved strabismus scissors provide anatomically-aligned cutting for curved tissue planes during strabismus surgery. The curved blade profile enhances visibility and cutting efficiency along muscular and tendinous contours. The ribbon-style ring handles distribute pressure evenly across the surgeon's fingers during extended surgical cases.
The Steinert II claw chopper carries a J-shaped tip on an angled, vaulted shaft, hooking the lens equator for vertical chop with a defined endpoint. Ambidextrous geometry suits either hand, and the 10mm bend‑to‑tip clears the iris during the chopping stroke. A 118mm overall length and round knurled handle round out the design.
These Steinert‑style soft lens inserting forceps use a straight conical tip with an inside flat surface to stabilize soft lenses during insertion. The three‑hole handle and 102mm length provide axial stability.
The Steinert Universal II IOL forceps provides curved-tip precision for intraocular lens insertion during cataract surgery. Three handle ridges ensure secure grip control during the critical implantation phase, while the standard curved geometry facilitates smooth passage through corneal and limbal incisions. At 108mm length, the instrument reaches posterior chamber positioning comfortably.
This large sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration in patients with larger socket anatomy, with stab apertures permitting drainage of postoperative secretions. The vented form suits the later phase of conforming when open drainage benefits tissue organization. Sterile single‑use packaging ensures a clean conformer at fitting.
This large sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration in patients with larger socket anatomy. The solid surface without apertures supports early postoperative conforming and maintenance of the conjunctival cul‑de‑sac. Sterile single‑use packaging keeps fitting clean and predictable.
This medium sterile silicone eye conformer maintains orbital socket volume after enucleation or evisceration, with stab apertures permitting drainage of postoperative secretions. The vented design suits the later phase of conforming when open drainage supports hygiene and tissue organization. Sterile single‑use packaging keeps fitting workflow clean and predictable.